Video Center and Laboratory Network Cabling System
Upgrading the Network for the Video Center and Laboratory of a Semiconductor Company
As a subsidiary of a leading global semiconductor group, this tech company has seen a growing demand for data transmission in its video center and laboratories. The existing cabling system could not meet the requirements for high-speed data processing and real-time communication, especially during video conferencing and data analysis. Issues such as unstable transmission and performance bottlenecks became apparent. To address these challenges and support the expanding business, the company decided to upgrade its cabling infrastructure. The new system is designed to handle large datasets, complex experimental calculations, and frequent high-resolution video conferences, ensuring stability and efficiency.
Requirements
- High-Speed Stability: The meeting rooms and laboratories require robust and stable networks that can handle large-scale data transmissions for smooth business operations.
- Security and Interference Resistance: Given the importance of data security, the cabling system needs strong interference resistance and protection against data breaches or transmission interruptions.
- Flexibility and Scalability: As equipment in the video center and labs frequently upgrade, the cabling system must offer flexible scalability to accommodate future technological needs.
Challenges
- High Bandwidth Demand: The system must support efficient video conferencing, large data storage, and complex semiconductor processes, which require exceptional network stability and interference resistance.
- Existing Facility Limitations: Some areas face space constraints and complex infrastructure, making it crucial that cabling installation does not disrupt daily operations, demanding high precision in planning and execution.
- Future Expansion: The cabling system must offer high flexibility to meet future business and technology growth, ensuring it can adapt to upgrades.
Solutions
FastLinkcabsys Key Materials:
- OM3 indoor / outdoor fiber optics
- Cat 6 UTP cables
- Cat 6A FTP cables
- Cat 6 UTP outlets
- Cat 6A STP outlets
- Cat 6 UTP patch cords
- Cat 6A STP patch cords
- UTP, FTP empty patch panels
Exclusions:
- Interference Protection: Cat 6A products with electromagnetic interference (EMI) shielding were used to ensure secure and stable data transmission.
- Modular Design: Empty patch panels were selected to flexibly configure Cat 6 and Cat 6A outlets, enabling easy future system upgrades.
- Fiber Optic Integration: Fiber optic cables were utilized for long-distance data transmission (over 100 meters) to ensure high-speed and stable connectivity.
Conclusion
Upon completion, the network's speed and stability were significantly improved. The modular cabling structure allows for easy future upgrades and maintenance, reducing long-term maintenance costs.